基于EPCglobal的物资管理接入系统

发布时间：2018-05-05 18:29

本文选题：EPCglobal标准 + 供应链　；参考：《北京邮电大学》2015年硕士论文

【摘要】：随着RFID技术地不断发展,它被广泛应用于零售业、制造业和物流企业,实现对仓库产品的管理,产品运送过程的监测和跟踪以及货架商品的及时补给。得益于它非接触、读取距离长、读取速度快的优点,国内外越来越多的企业在物资管理系统中引入RFID技术,新的问题也随之而来。虽然应用RFID技术使得企业物资管理趋于自动化和信息化,工作效率大幅提升,生产成本显著降低,但由于各个企业在供应链的搭建中,采用了独立的物资管理系统,不同的物资管理系统之间存在着一定的差异,在信息共享和流通过程中存在很大的障碍,增加了协同工作的难度。因此,需要应用EPCglobal标准,构建接入异构物资管理系统的中间件,保证供应链中各个环节信息的自动、实时识别,提高贸易单元的透明度和可视性,从而提高供应链的运作效率。本文主要针对GS1组织提出的EPCglobal标准及开源中间件进行分析和研究,首先分析了EPCIS模块、ALE模块、BEG模块的接口与实现过程；其次,对物资管理接入系统进行需求分析,设计并细化系统的功能模块,明确交互数据的结构,特别是现有物资管理系统与EPCIS模块之间的交互,以及对各个模块的配置。在完成系统详细设计之后,开发和实现了该物资管理接入系统。通过接入系统,企业无需改变现有的物资管理系统,就能够享受EPC网络的优势,实现与其他贸易单元更好地协作。最后,为了保证物资管理接入系统的可用性和稳定性,我们对系统进行了功能测试和性能测试。测试表明本文实现的物资管理接入系统可以实现传统物物资管理系统与统一平台的无缝对接,并提供多供应链、大数据量的信息服务。
[Abstract]:With the continuous development of RFID technology, it is widely used in retail, manufacturing and logistics enterprises. It realizes the management of warehouse products, the monitoring and tracking of product delivery process and the timely supply of shelf goods. Thanks to its advantages of non-contact, long reading distance and fast reading speed, more and more enterprises at home and abroad have introduced RFID technology into material management system, and new problems have followed. Although the application of RFID technology makes the enterprise material management tend to automation and information, work efficiency is greatly improved, production costs are significantly reduced, but each enterprise in the construction of the supply chain, the use of independent material management system, There are some differences among different material management systems, and there are great obstacles in the process of information sharing and circulation, which increase the difficulty of collaborative work. Therefore, it is necessary to apply EPCglobal standard to construct middleware to access the heterogeneous material management system, to ensure the automatic and real-time identification of all links in the supply chain, to improve the transparency and visibility of trade units, and thus to improve the operational efficiency of the supply chain. In this paper, the EPCglobal standard and open source middleware proposed by GS1 organization are analyzed and studied. Firstly, the interface and implementation process of EPCIS module are analyzed, secondly, the requirement of material management access system is analyzed. The function module of the system is designed and refined, and the structure of the interactive data is clarified, especially the interaction between the existing material management system and the EPCIS module, as well as the configuration of each module. After completing the detailed design of the system, the material management access system is developed and implemented. By accessing the system, the enterprise can enjoy the advantages of EPC network without changing the existing material management system, and achieve better cooperation with other trading units. Finally, in order to ensure the availability and stability of the material management access system, we test the function and performance of the system. The test results show that the material management access system in this paper can realize the seamless connection between the traditional material and material management system and the unified platform, and provide the information service of multi-supply chain and large amount of data.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52

【参考文献】